A Python Library for Radiance Matrix-based Simulation Control and EnergyPlus Integration
Publication Type
Conference Paper
Date Published
09/2021
Authors
Abstract
Radiance matrix-based methods enable efficient
parametric simulations, allowing users to vary sky
conditions, fenestration systems, and other model
parameters at a minimal cost to computation. However,
the steep learning curve and complex workflow hinder
the widespread adoption of matrix-based methods. The
frads Python library with a series of command-line tools
was developed to automate the entire matrix-based
simulation process, lowering entry barriers and reducing
human error. Co-simulation between EnergyPlus and
Radiance was also enabled using the Python library from
EnergyPlus.
Journal
IBPSA Building Simulation 2021
Year of Publication
2021
URL
Organization
Building & Industrial Energy Systems Division, Building Technologies Department, Windows and Envelope Materials, Simulation Research
Research Areas
Building & Industrial Energy Systems Division, BTUS Modeling and Simulation, BTUS Windows and Daylighting, Solar Control:Modeling Optically Complex Fenestration Systems, Daylighting Systems:Modeling Daylight, Solar Control:Non-Coplanar Shading, Measurements and Modeling, Windows and Daylighting